low temperature Self Regulating Heating wire Cable for pipes for heavy industry
USD $1 - $50 /Set
Min.Order:1 Set
Wuxi Hengye Electric Heater Equipment Co., Ltd.
Self Regulating Heating Cables provide the most versatility in heat trace designs and applications. Constructed of a semiconductive heater matrix extruded between parallel bus wires, a self- regulating cable adjusts its output to independently respond to ambient temperatures all along its length. As temperatures increase, the heater’s resistance increases which lower the output wattage. Conversely, as the temperature decreases, the resistance decreases and the cable produces more heat. So it is no need thermostat in some applications.it will never overheat or burnout even when wrapped by itself (overlapped).Also can be cut to any length.The result —an energy efficient heating cable.with optional outer jackets,the heating cable is resistant to watery and inorganic chemicals and protect against abrasion and impacted damage.
1.Automatically adjusts heat output in response to increasing or decreasing pipe temperature
2. Can be cut to length with no wastage
3.Will not overheat or burnout, even when overlapped
4.Full range of controls and accessories
5.Approved for use in non-hazardous, hazardous and corrosive environments
6.Ideal for fitting to instrument lines and small diameter pipes
7.Available for 110V,220V,380V
8.Possible to consume less electricity because it applied PTC characteristic
9.Easy to install and maintenance
Maximum Temperature: 85°C(185f)
Maximum Permissible 85°C(185f)
Minimum Installtion Temperature -40°C
Power Supply 110-120VAC,220-277VAC
Temperature Classification up to 31W/m T6(85°C),40W/m and/or 277V T4 (135°C)
Maximum Resistance of Protective Braiding 18.2 Ohm/km
Function | Pipe freeze protection |
Process temperature maintenance | |
Roof gutter de-icing | |
Tank heating | |
Application fields | Commercial fields |
Application Environment | Non-hazardous,hazardous,corrosive environments
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Product Structure
| 16awg tinned copper buswires |
Self-regulating semi-conductive core | |